RTX30.500 7.9 GPM 7250 PSI | Ultra High-Pressure Pump

RTX30.500 Ultra High-Pressure Pump

The Annovi Reverberi RTX30.500 is an ultra high-pressure industrial pump built for extreme environments where maximum durability and performance are essential. Delivering 7.9 GPM at 7,250 PSI while operating at a controlled 1,450 RPM, this pump provides the perfect balance of raw power, efficiency, and longevity. Its 24mm solid shaft ensures compatibility with a wide range of industrial drive systems, making it ideal for hydro-blasting, industrial cleaning, and extreme-duty wash systems.

When cleaning intensity, durability, and consistent performance are mandatory, the RTX30.500 is engineered to exceed expectations.

Key Specifications

• Model: RTX30.500
• Flow Rate: 7.9 GPM
• Pressure Rating: 7,250 PSI
• Operating Speed: 1,450 RPM
• Shaft Type: 24mm solid shaft for industrial system compatibility
• Applications: Hydro-blasting, extreme-duty cleaning, industrial descaling, maintenance

What’s Included

• 24mm solid shaft for secure mounting to drive systems
• Heavy-duty triplex plunger design for long life at extreme pressures
• High-strength manifold engineered for repeated ultra high-pressure operation
• Premium seals and valves for continuous-duty reliability
• Thermal relief compatibility for protection during extended operations

How it Works

The RTX30.500 uses a triplex plunger system to generate and sustain ultra high-pressure output. Ceramic plungers compress water with maximum efficiency, delivering a steady 7.9 GPM at 7,250 PSI. At 1,450 RPM, the pump minimizes internal wear, heat, and vibration while still producing the torque required for heavy-duty applications.

This engineering approach makes the RTX30.500 ideal for continuous-duty operations such as hydro-blasting, industrial descaling, and surface preparation—tasks where mid-range pumps simply cannot perform at the same level.

Benefits of the RTX30.500

• Ultra High-Pressure Output: 7,250 PSI cuts through coatings, rust, scale, and industrial residue.
• High Flow Capacity: 7.9 GPM ensures rapid coverage and improved cleaning efficiency.
• Extreme-Duty Durability: Built to withstand long, continuous operating cycles.
• Efficient Low-RPM Operation: Reduces heat, vibration, and component wear.
• Wide Application Use: Perfect for hydro-blasting, descaling, tank cleaning, and ship maintenance.
• Long-Term Value: Engineered to minimize downtime and extend operating life.

Typical Applications

• Hydro-Blasting: Removes epoxy coatings, rust, concrete residue, and industrial buildup.
• Industrial Descaling: Clears scale from pipes, tanks, boilers, and process systems.
• Surface Preparation: Prepares steel, concrete, and marine surfaces for coating.
• Heavy Equipment Cleaning: Ideal for machinery exposed to extreme grime or contaminants.
• Shipyard & Marine: Withstands corrosive, moisture-heavy environments.
• Construction & Manufacturing: Supports facility maintenance and production-line cleaning.

Why Choose the RTX30.500?

The RTX30.500 stands apart from standard industrial pumps by offering unmatched 7,250 PSI pressure paired with a steady 7.9 GPM flow rate. Engineered for operators who demand uncompromising cleaning force, this model is built with reinforced manifolds, premium valves, and a robust triplex plunger design to ensure long-term reliability in the harshest environments.

The 24mm solid shaft ensures seamless integration into industrial drive systems, making it suitable for both new builds and retrofit applications.

Ultra High-Pressure Pump

The Annovi Reverberi RTX30.500 Ultra High-Pressure Pump is a powerhouse designed for hydro-blasting, industrial descaling, and extreme-duty cleaning. Delivering 7.9 GPM at 7,250 PSI while operating efficiently at 1,450 RPM, it provides the durability, consistency, and performance required by professionals in construction, marine, and manufacturing industries.

If your cleaning operations demand maximum pressure, high flow, and long-term reliability, the RTX30.500 is the ideal investment to keep your system performing at its highest level.